201248024 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種組接模組，尤指一種能夠用於快速 組接兩個物體的快速組接模組設計者。 【先前技術】 傳統用於連接兩個物體（例如主機板與其它板片）的 固接元件，通常採用螺紋鎖合的技術特徵，其具體的實施 ' 方式包含一螺絲、一套蓋及一套筒組成固接元件；其中， 該螺絲一端具有一受力部，受力部設有起子槽，另一端具 有與受力部連接的螺桿；該套蓋係套合在螺絲的受力部周 圍的中空筒，用以包覆及保護該螺絲；而該套筒係套合在 螺絲的螺桿。藉此，使固接元件利用套蓋結合在一第一物 體（例如主機板）上，並使該螺絲的螺桿對應在一第二物 體（例如其它板片）的鎖孔，再以工具對螺絲受力部的起 子槽施以旋轉外力，進而使該螺桿鎖固在第二物體的鎖孔 之中，藉以完成連接兩物體的組合結構。但是，採用上述 螺紋鎖合的技術特徵，故然得以結合住兩個物體，但是其 _ 進行組裝時，必須使用工具對螺絲受力部的起子槽施以旋 轉外力，導致組裝程序較為繁瑣及廢時。 因此，如何發明一種快速組接模組，摒棄傳統螺絲鎖 合的技術手段，使快速組接模組得以快速組接兩個物體， 特別是能讓使用者操作方便及穩固地扣接住兩個物體，將 是本創作所欲積極揭露之處。 201248024 【發明内容】 有鑑於上述習知技術之缺憾，發明人有感其未臻、^ 口遂蝎其心智悉心研究克服，憑其從事該項廣鳘夕二疋 累積經驗’進而研發出-種快速組接模組，以期 組接兩物體、操作方便及穩固扣接之目的。 、速 本發明之主要目的在提供一種快速組接模組， 一組接元件、—扣接元件、位元件、—操作桿及 彈丨生元件的結構設計，致使組接元件能鉚接、焊接、 接或鎖接在—第—物體，再透過扣接元件的定位元件快= 扣接住—第二物體，並利用操作桿及第—彈性元件使扣接 兀件的定位元件扣接第二物體的扣接結構穩定，而且能快 速解除其扣接結構，進而達到快速組接兩物體、操作方便 及穩固扣接之目的。 為達上述目的，本發明較佳的實施内容包含：—組接 元件，該組接元件包含一用於組合在該第一物體的組接 知一相反於該組接端的擋止端，及一連通於該組接端與 該擋止端的孔槽；一扣接元件，該扣接元件係活動地穿置 在該組接元件的孔槽之中’其包含一第一端，該第一端延 伸出該組接元件的擋止端，一相反於該第一端的第二端， 該第二端活動穿置於該組接元件的孔槽，一連通該第一端 及該第二端的第一通孔，一設於該第一端及該第二端之間 的外側面，一個或一個以上連通該第一通孔與該外側面的 第二通孔，及活動組設在該第二通孔内的定位元件，該定 位元件可活動突出該外側面’用以扣接住該第二物體；及 201248024 一操作桿，該操作桿係活動地穿置在該扣接元件第一通孔 之中的桿體，其包含一延伸到該第二通孔處的作用端，一 相反於該作用端並延伸出該扣接元件的施力端，一設置在 桿體側面並用於限制該定位元件收縮到該第二通孔内的活 動限制部。 依上述較佳實施内容所述之快速組接模組，其中，該 操作桿包含一凹設於桿體側面並用於容許該定位元件收縮 到該第二通孔内的活動容許部。 依上述較佳實施内容所述之快速組接模組，其中，該 操作桿的活動限制部係位於該活動容許部與該作用端之 間。 依上述較佳實施内容所述之快速組接模組，其中，該 操作桿的活動容許部係環繞桿體的凹部。 依上述較佳實施内容所述之快速組接模組，其中，該 扣接元件的定位元件係為球體。 依上述較佳實施内容所述之快速組接模組，其中，該 組接元件設有一位在該孔槽的第一擋止部；該扣接元件的 外側面設有一與該第一擋止部相互干涉以防止該扣接元件 脫離該孔槽的第二擋止部。 依上述較佳實施内容所述之快速組接模組，其中，該 組接元件的周圍設有一第三擋止部；該扣接元件的第一端 周圍設有一帽蓋，該帽蓋具有一朝向該組接元件延伸的側 壁，該側壁的端部設有一與該第三擋止部相互干涉以防止 該扣接元件脫離該孔槽的第四擋止部。 201248024 包含佳Γ内容所述之怏速組接模組，其中，更 =-第一彈性元件係套設在該操作桿 桿，並且右h Μ扣接疋件’相反的另一頂制該摔作 杯，並具有推動該操作桿活動 二这插作 元件的彈力係推動該#作桿幸 Ζ、中’該第一彈性 第一彈性元杜_ “ 施力端的方向活動。該 方向活動。、’、可為推動該操作桿朝向該作用端的 =述=内容所述之快速組接模 二 第二彈性元件包含-端頂制2 該扣接元二:力―端頂制在該組接元件’並具有推動 組接較佳實施内容所述之快速組接模組，其中，該 體。、.讀端係鉚接、焊接、擴接或鎖接在該第一物 組二接=之=接模組:能透過該組接元件的 接孔，再施力於該扣』元件鎖-物體的-第-組 件及該第-物體的第—組接==:該組接元 一第二組接π 進而穿置在该第二物體的 面並扣合在第__ 5拉使該疋位70件突出該扣接元件的外側 —物體的1=，^内、’或扣合在第二組接孔相反於第 後，使用者n ^ ，藉此達到快速組接兩物體的功效。最 部頂制在哕：：施:於該操作桿，使該操作桿的活動限制 通孔内^限制蚊位元件不純_該第二 該疋位70件脫離第二組接孔，藉此達到穩固 201248024 扣接之功效。另外，本發明能透過使用者反向施力於該操 作桿，使該操作桿的活動容許部對應在該定位元件，致使 該定位元件能收縮到該第二通孔内，解除該定位元件扣合 第二通孔的狀態，使該扣接元件能分離該第二物體，因此 能達到操作方便之功效。 【實施方式】 為充分瞭解本發明之目的、特徵及功效，茲藉由下述 具體之實施例，並配合所附之圖式，對本發明做一詳細說 明，說明如後： 如第1圖、第2圖及第6圖所示，本發明之快速組接 模組，係用於安裝在一第一物體10，並用以扣接住一第二 物體20的快速組接模組，其較佳的實施例係包含一組接元 件1、一扣接元件2、一定位元件26、一操作桿3及一第一 彈性元件4，其中： 該組接元件1係包含一用於組合在第一物體10的組接 端11，一相反於組接端11的擋止端13，及一連通於組接 端11與擋止端13的孔槽12,使孔槽12朝向第二物體20。 該扣接元件2係活動地穿置在組接元件1的孔槽12之 中的中空柱體，可為圓柱或多邊形柱，其包含有一第一端 21，第一端21係延伸出組接元件1的擋止端13, 一相反於 第一端21的第二端22，第二端22係活動穿置於組接元件 1的孔槽12, 一連通第一端21及第二端22的第一通孔23, 一設於第一端21及第二端22之間的外側面24，一個或一 201248024 卜側面24的第二通孔25,及活 在第二通孔25内的定值元件26,定位元件26係為 如鋼珠)或其他形狀，使定位元件26 一部分可活 動：則面24’用以扣接住第二物體2〇。 =作桿3係活動地穿置在扣接元件2第—通孔2 =體，可為圓桿或多邊形椁，其包含一延伸通過第二 件2的：作用端31 ’ 一相反於作用端31並延伸出扣接元 =的：力端32, 一設置在操作桿3桿體側面並 咖第二通孔25内的活動限制部33,及 桿3、桿體側面並用於容較位元件26收縮到第 二；^5内的活動容許部34，藉此提供使用者施力（按壓 元:牛2第力）於操作桿3的施力端32,使操作桿3在扣接 定：元I:通孔23中移動’進而使活動限制部33頂制於 或传w ’致使定位（件26不能收縮到第二通孔25内'， ㈣2容許部34對應於定位元件26，讓定位元件％妒 收縮到第二通孔25内。 ΤΖ()月匕 =該第-彈性元件4係套設在操作桿3的 其包含-端頂制在扣接元件2的 2 位，及相反的另—頂制在操作桿3的桿身，並部 ^ 3活動的彈力，當使用者解除其施力（按壓力或= ’即能透轉性元件4推_作桿3回復元原位。 作桿;接元件^扣接元件2、定位元件％、操 2第—彈性元件4的結構特徵，絲組成本發明之 速、，且接模組’用於安裝在—第—物體ig，刻以扣接住 201248024 一第二物體20。 參閱第1圖所不，本發明該操作桿3的活動限制部幻 較佳的實施例係位於活動容許部34與作用端31之間，藉 此組成按壓施力端32可使使活動容許部34對應於定位元 件26,或使活動限制部33頂制於定位元件％的結構功能， 其中’上述該操作桿3的活動容許部34較佳的實施例係環 、·堯桿體的凹σ[5 34卜亦可為-對—的凹孔結構。或參閱第3 圖Α及第3圖Β所示’本發明較佳的實施例亦$改為該操 作桿3只有活動限制部33 ’而沒有活動容許部％，藉此組 成拉動施力端32可使活活動限制部33脫離定位元件26， 且放開施力端32可使活動限制部33頂制於定位元件26的 結構功能。 參閱第1圖所示，本發明該第一彈性元件4較佳的實 施例包含使其彈力推動操作桿3朝向施力端32的方向活動 的組合結構’唯該第一彈性元件3亦可實施為其彈力係推 動操作杯3朝向作用端31的方向活動的組合結構（如第3 圖A所不），如此均能使活動限制部33及活動容許部34 具有上述的功能。 參閱第1圖、第3圖及第4圖所示，本發明該組接元 件1較佳的實施例還包含可在上述的擋止端丨3設有一位在 :第二二:4相互干涉以防止扣接元件1脫離孔槽12 此將組接元件1與扣接元件2組合成 模、且化的快速組接餘’即可_組接元件丨安裝在第〆 201248024 物體10,並利用扣接元件2扣接住第二物體2〇。 —參閱第5圖所示，本發明較佳的實施例亦可在該組接 兀件1的擋止端13周圍設有—第三指止部15;並該扣接元 件2的第一端21周圍設有-帽蓋28 ’該帽蓋28具有一朝 向組接元件1延伸的側壁281,在側壁281 #端部設有一與 第三擋止部15相互干涉以防止扣接元件2脫離孔槽^的 第四擋止部282 ’如此同樣能使組接元件1與扣接元件2 組合成模組化的快速組接模組，即可利用組接元件i安裝 在第一物體10’並利用扣接元件2扣接住第二物體2〇。 再參閱第1圖至第5圖所示，本發明較佳的實施例更 包含-第二彈性元件5’該第二彈性元件5係為螺旋彈菁， 其一端頂制在扣接元件2的選定處，相反的另-端頂制在 組接轉1的選定處，並具有推動扣接元件2活動的彈力。 參閱第6圖料，本發明之快迷組接馳應用於快速 扣接兩物體時，係利用組接元件i的組接端u安裝組合在 一第-物心0(例如主機板或其他板體）的第一組接孔 卜其組接結構方式可為鉚接、焊接、擴接或鎖接。當一 第4體20 (例如其他主機板或其他板體 ==齊扣接元件2時，就可按壓扣接元件2及操作桿3 力端32，使讓定位元件26能收縮到第二通孔25内， 扣接元件2的第二端22穿過第二物體2〇的第二組 接孔20b其後放開對於操作桿3施力端％的力量，同時 =彈性元件4推動操作桿3回復μ位，致使活動限制 ㈣頂制於定位元件26 ’限制定位^ %不能收縮到第 201248024 二通孔25内，同時使定位元件26突出扣接元件2的外側 面24並扣合在第二組接孔201内，或扣合在第二組接孔2〇1 相反於第一物體10的一端周圍，就能達到快速扣接兩物體 10、20的功能。 如上所述’本發明完全符合專利三要件：新穎性、進 步性和產業上的可利用性。以新穎性和進步性而言，本發 明係藉著組接元件、扣接元件、操作桿及第一彈性元件= 結構設計，致使組接元件能鉚接、焊接、擴接或鎖接在一 第一物體’再透過扣接元件快速扣接住一第二物體，並利 用操作桿及第一彈性元件使扣接元件扣接第二物體的扣接 結構穩定，而且能快速解除其扣接結構，進而達到快速組 接兩物體、操作方便及穩固扣接的目的及效用。 本發明在上文中已以較佳實施例揭露，然熟習本項技 術者應理解的是，該實施例僅用於描繪本發明，而不廡解 讀為限制本發明之範圍。應注意的是，舉凡與該實施^等 效之變化與置換，均應設為涵蓋於本發明之範疇内。因此， 本發明之保護範圍當以下文之申請專利範圍所界定者為 準。 【圖式簡單說明】 第1圖為本發明第一較佳實施例之組合剖面示音圖。 第2圖為本發明第一較佳實施例之A-A剖面示意圖。 第3圖A為本發明第二較佳實施例之組合剖面示意圖。 第3圖B為本發明第二較佳實施例之局部動作示意圖。 201248024 第4圖為本發明第三較佳實施例之組合剖面示意圖。 第5圖為本發明第四較佳實施例之組合剖面示意圖。 第6圖為本發明第一較佳實施例之應用狀態示意圖。 【主要元件符號說明】 1 組接元件 11 組接端 12 孔槽 13 擋止端 14 第一擋止部 15 第三擋止部 2 扣接元件 21 第一端 22 第二端 23 第一通孔 24 外侧面 25 第二通孔 26 定位元件 27 第二擋止部 28 帽蓋 281 側壁 282 第四擋止部 3 操作桿 作用端 12 31 201248024 32 施力端 33 活動限制部 34 活動容許部 341 凹部 4 第一彈性元件 5 第二彈性元件 10 第一物體 101 第一組接孔 20 第二物體 201 第二組接孔201248024 VI. Description of the Invention: [Technical Field] The present invention relates to a combination module, and more particularly to a quick assembly module designer that can be used to quickly assemble two objects. [Prior Art] A conventional fastening element for connecting two objects (such as a motherboard and other boards) usually adopts a technical feature of thread locking, and the specific implementation method includes a screw, a cover and a set. The sleeve constitutes a fixing component; wherein the screw has a force receiving portion at one end, the force receiving portion is provided with a screwdriver slot, and the other end has a screw connected to the force receiving portion; the sleeve is sleeved around the force receiving portion of the screw a hollow cylinder for covering and protecting the screw; and the sleeve is sleeved on the screw of the screw. Thereby, the fixing component is combined with a cover on a first object (for example, a motherboard), and the screw of the screw corresponds to a locking hole of a second object (for example, another plate), and then the tool is used for the screw. The screwdriver slot of the force receiving portion applies a rotating external force, thereby locking the screw in the locking hole of the second object, thereby completing the combined structure of connecting the two objects. However, with the above technical features of the screw-locking, it is possible to combine two objects, but when assembling, it is necessary to use a tool to apply a rotating external force to the driver slot of the screw receiving portion, which results in an cumbersome assembly process and waste. Time. Therefore, how to invent a quick assembly module and abandon the traditional screw locking technology, so that the quick assembly module can quickly connect two objects, in particular, the user can conveniently and securely fasten two The object will be the active disclosure of this creation. 201248024 [Summary of the Invention] In view of the shortcomings of the above-mentioned prior art, the inventor feels that his attempt has not been exhausted, his mouth has been carefully researched and overcome, and he has been engaged in the development of the Quickly connect modules to combine two objects, easy to operate and securely fasten. The main purpose of the present invention is to provide a quick assembly module, a set of connecting components, a fastening component, a bit component, an operating lever and a structural structure of the elastic generating component, so that the assembling component can be riveted, welded, Attaching or locking the first object, and then locating the component through the fastening component to the second object, and fastening the positioning component of the fastening component to the second object by using the operating lever and the first elastic component The fastening structure is stable, and the fastening structure can be quickly released, thereby achieving the purpose of quickly assembling two objects, convenient operation and stable fastening. In order to achieve the above object, a preferred embodiment of the present invention includes: an assembly component, the assembly component includes a stop end for combining the first object, a stop end opposite to the set of terminals, and a connection a slot for the set of ends and the stop end; a fastening component that is movably disposed in the slot of the component component and includes a first end, the first end Extending out the blocking end of the assembly element, opposite to the second end of the first end, the second end is movably disposed in the slot of the assembly element, and the first end and the second end are connected a first through hole, an outer side surface disposed between the first end and the second end, one or more second through holes connecting the first through hole and the outer side surface, and an active group disposed on the first through hole a positioning member in the two through holes, the positioning member is movable to protrude the outer side 'for engaging the second object; and 201248024 is an operating rod, the operating rod is movably disposed on the first passage of the fastening member a rod body in the hole, comprising a working end extending to the second through hole, opposite to the And end with an extending end of the urging fastening element, disposed on a side surface of the rod and the positioning member for limiting the contraction activity of the restriction portion of the second through hole. The quick assembly module of the above preferred embodiment, wherein the operating lever includes a movable tolerance recessed in a side of the shaft for allowing the positioning member to retract into the second through hole. The quick assembly module according to the above preferred embodiment, wherein the activity restricting portion of the operating lever is located between the movable allowing portion and the active end. The quick assembly module of the above preferred embodiment, wherein the movement of the operating lever allows the portion to surround the recess of the shaft. The quick assembly module of the preferred embodiment described above, wherein the positioning component of the fastening component is a sphere. The quick assembly module of the above preferred embodiment, wherein the assembly component is provided with a first stop portion in the slot; the outer side of the fastening component is provided with a first stop The portions interfere with each other to prevent the fastening element from coming off the second stop of the slot. The quick assembly module according to the above preferred embodiment, wherein a third blocking portion is disposed around the connecting component; a cap is disposed around the first end of the fastening component, and the cap has a cap A side wall extending toward the assembly element, the end of the side wall being provided with a fourth stop portion that interferes with the third stop portion to prevent the fastening element from coming off the slot. 201248024 includes the idle assembly module described in the above, wherein, more = - the first elastic component is sleeved on the lever, and the right h is buckled on the opposite side. Making a cup and having a spring force that pushes the lever 2 to act as a component to push the #行杆幸,中' the first elastic first elastic element Du _ "the direction of the force end. The direction of movement. ', can be pushed to the operating rod towards the active end = the content of the quick assembly die 2 the second elastic element comprises - end top 2 the fastening element 2: force - end top made in the assembly element And having a quick assembly module as described in the preferred embodiment, wherein the body, the read end is riveted, welded, expanded or locked in the first object group 2 == The module can pass through the connecting hole of the connecting component, and then apply the force to the buckle component latch-object-the first component and the first object of the first object ==: the group of the first group π is then placed on the face of the second object and fastened to the __5 pull so that the clamp 70 protrudes outside the fastening element - the object 1 =, ^ inside, 'or buckle in the second set of holes opposite to the back, the user n ^, thereby achieving the effect of quickly combining the two objects. The most top is in the 哕:: Shi: on the lever The activity of the operating rod is restricted in the through hole to limit the mosquito component to be impure. The second portion 70 of the clamping position is separated from the second group of holes, thereby achieving the effect of securing the 201248024 fastening. In addition, the present invention can be used. Applying the force to the operating lever in reverse, so that the movable allowing portion of the operating rod corresponds to the positioning member, so that the positioning member can be retracted into the second through hole, and the state in which the positioning member is engaged with the second through hole is released. The fastening element can be separated from the second object, so that the operation is convenient. [Embodiment] In order to fully understand the purpose, features and effects of the present invention, the following specific embodiments are The present invention will be described in detail with reference to the following: As shown in FIG. 1 , FIG. 2 and FIG. 6 , the quick assembly module of the present invention is used for mounting on a first object 10 . And used to fasten a quick connection of a second object 20 The preferred embodiment of the present invention comprises a set of connecting elements 1, a fastening element 2, a positioning element 26, an operating rod 3 and a first elastic element 4, wherein: the assembly element 1 comprises a The combination of the assembly end 11 of the first object 10, a stop end 13 opposite to the assembly end 11, and a slot 12 communicating with the assembly end 11 and the stop end 13 causes the slot 12 to face The second object 20. The fastening component 2 is a hollow cylinder that is movably disposed in the slot 12 of the component 1 and may be a cylindrical or polygonal column including a first end 21 and a first end 21 Extending out the stop end 13 of the assembly element 1, opposite to the second end 22 of the first end 21, the second end 22 is movably disposed through the slot 12 of the assembly element 1, a first end 21 is connected a first through hole 23 of the second end 22, an outer side surface 24 disposed between the first end 21 and the second end 22, a second through hole 25 of one or a 201248024 side surface 24, and a second pass The indexing element 26 in the aperture 25, the positioning element 26 is such as a steel ball or other shape, such that a portion of the positioning element 26 is movable: the surface 24' is used to snap the second object 2''. The rod 3 is movably disposed on the first member of the fastening member 2, the through hole 2 = body, and may be a round rod or a polygonal jaw, which includes an extension through the second member 2: the working end 31' is opposite to the active end 31 and extending the buckle element =: the force end 32, a movement restricting portion 33 disposed on the side of the rod body of the operating rod 3 and the second through hole 25, and the rod 3, the side of the rod body and used for the positional component 26 is contracted to the second; the movement permitting portion 34 in the ^5, thereby providing the user with a force (pressing element: cow 2 force) on the urging end 32 of the operating rod 3, so that the operating rod 3 is in the buckle: element I : moving in the through hole 23 and further causing the movement restricting portion 33 to be embossed or transmitted to cause positioning (the member 26 cannot be retracted into the second through hole 25), (4) 2 the allowable portion 34 corresponds to the positioning member 26, and the positioning member is made % The crucible is contracted into the second through hole 25. ΤΖ()匕匕= The first elastic member 4 is sleeved on the two ends of the operating rod 3 which are formed at the end of the fastening member 2, and vice versa. The top is made on the shaft of the operating rod 3, and the elastic force of the part 3 is released when the user releases the force (pressing the pressure or = 'that is, the transducing element 4 pushes the rod 3 to return the element in situ) The structure of the connecting member ^ fastening member 2, the positioning member %, the operation 2 - the elastic member 4, the wire constitutes the speed of the present invention, and the connection module 'for mounting on the - object ig, engraved To engage the 201248024 a second object 20. Referring to Figure 1, the preferred embodiment of the movement limiting portion of the operating lever 3 of the present invention is located between the movable permitting portion 34 and the active end 31, thereby forming Pressing the force applying end 32 allows the movement permitting portion 34 to correspond to the positioning member 26, or the movement restricting portion 33 to be embossed to the structural function of the positioning member %, wherein the preferred embodiment of the activity permitting portion 34 of the operating lever 3 described above is The recess σ of the ring and the mast body may be a recessed hole structure of the same type. Alternatively, as shown in FIGS. 3 and 3, the preferred embodiment of the present invention is also changed to The operating lever 3 has only the movement restricting portion 33' without the movable permitting portion %, whereby the pulling of the biasing end 32 causes the living movement restricting portion 33 to be disengaged from the positioning member 26, and releasing the biasing end 32 allows the movable restricting portion 33 to be topped to the positioning member. Structural function of 26. Referring to Figure 1, the first bullet of the present invention The preferred embodiment of the component 4 comprises a combined structure that causes the spring force to urge the operating lever 3 in the direction of the force applying end 32. Only the first elastic element 3 can be embodied such that its elastic force pushes the operating cup 3 toward the active end 31. The combination structure (not shown in Fig. 3A) can make the activity restricting portion 33 and the movement permitting portion 34 have the above-described functions. Referring to Figs. 1, 3, and 4, the group of the present invention. The preferred embodiment of the connecting member 1 further includes a one end that can be disposed at the above-mentioned blocking end 丨3. The second two: 4 interfere with each other to prevent the fastening component 1 from coming off the slot 12, thereby fastening the splicing component 1 to the splicing component 1 The component 2 is combined into a mold, and the fast group connection is formed. The component is mounted on the object 102 of the second layer 201248024, and the second object 2 is fastened by the fastening component 2. - Referring to Figure 5, a preferred embodiment of the present invention may also be provided with a third finger stop 15 around the stop end 13 of the set of jaws 1 and a first end of the fastening element 2 There is a cap 28 around the cap. The cap 28 has a side wall 281 extending toward the assembly member 1. The end portion 281 # is provided with an interference with the third stop portion 15 to prevent the fastening member 2 from coming out of the hole. The fourth blocking portion 282 ′ of the slot ^ can also be used to assemble the modular component 1 and the fastening component 2 into a modular quick assembly module, that is, the first component 10 ′ can be mounted by using the component component i. The second object 2 is fastened by the fastening element 2. Referring to FIGS. 1 to 5, a preferred embodiment of the present invention further includes a second elastic member 5'. The second elastic member 5 is a helical elastic crystal, and one end thereof is molded on the fastening member 2. At the selected position, the opposite other end is formed at the selected portion of the assembly turn 1 and has an elastic force that urges the fastening member 2 to move. Referring to FIG. 6 , the quick set of the present invention is applied to fast-fasten two objects, and is assembled and assembled at a center-object 0 by using the assembly end u of the component i (for example, a motherboard or other board). The first set of holes can be riveted, welded, expanded or locked. When a fourth body 20 (for example, another motherboard or other board == splicing element 2), the fastening member 2 and the lever 3 end 32 can be pressed to allow the positioning member 26 to contract to the second pass. In the hole 25, the second end 22 of the fastening element 2 passes through the second set of holes 20b of the second object 2〇 and then releases the force for the end of the operating rod 3, while the elastic element 4 pushes the operating rod 3 back. μ position, resulting in activity limitation (4) topping on the positioning element 26 'restricted positioning ^ % can not be retracted into the second through hole 25 of the 201248024, while the positioning element 26 protrudes from the outer side 24 of the fastening element 2 and is fastened in the second group The function of quickly fastening the two objects 10, 20 can be achieved by the inside of the hole 201 or the second set of the holes 2?1 opposite to the end of the first object 10. As described above, the present invention is fully patented. Three essentials: novelty, advancement, and industrial availability. In terms of novelty and advancement, the present invention is achieved by the assembly element, the fastening element, the operating rod and the first elastic element = structural design. The assembly component can be riveted, welded, expanded or locked in a first object' Quickly fastening a second object through the fastening component, and using the operating rod and the first elastic component to stabilize the fastening structure of the fastening component to the second object, and quickly releasing the fastening structure thereof, thereby achieving a quick group The purpose and utility of the two objects, the ease of operation, and the secure fastening. The present invention has been disclosed above in the preferred embodiments, and it should be understood by those skilled in the art that this embodiment is only used to describe the present invention. The scope of the present invention is to be construed as being limited to the scope of the present invention. Therefore, the scope of protection of the present invention is as follows. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic cross-sectional view of a first preferred embodiment of the present invention. FIG. 2 is a cross-sectional view of an AA of the first preferred embodiment of the present invention. 3 is a schematic cross-sectional view of a second preferred embodiment of the present invention. FIG. 3B is a partial schematic view of a second preferred embodiment of the present invention. 201248024 FIG. 4 is a third preferred embodiment of the present invention. Figure 5 is a schematic cross-sectional view of a fourth preferred embodiment of the present invention. Figure 6 is a schematic view of the application state of the first preferred embodiment of the present invention. Assembly end 12 hole slot 13 stop end 14 first stop portion 15 third stop portion 2 fastening element 21 first end 22 second end 23 first through hole 24 outer side 25 second through hole 26 positioning element 27 second stop portion 28 cap 281 side wall 282 fourth stop portion 3 operation lever end 12 31 201248024 32 force end 33 movement restricting portion 34 movement allowance portion 341 recess portion 4 first elastic member 5 second elastic member 10 first Object 101 first set of holes 20 second object 201 second set of holes